Over the past decades, various theories and algorithms have been developed under the
framework of Stackelberg games and part of these innovations have been fielded under the …

A software system's attack surface is the set of ways in which the system can be attacked. In
our prior work, we introduced an attack surface measurement and reduction method to …

Making a power system more operationally resilient to disruption is an important and hard
problem. Modeling decisions must include careful consideration of the interaction between …

Stackelberg games have garnered significant attention in recent years given their
deployment for real world security. Most of these systems, such as ARMOR, IRIS and …

The goal of this paper is to (re) introduce a real-world challenge problem for researchers in
multiagent systems and beyond, where our collective efforts may have a significant impact …

With the increasing application of Information and Communication Technologies (ICTs),
cyberattacks have become more prevalent against Cyber-Physical Systems (CPSs) such as …

In this paper, we describe the model, theory developed, and deployment of PROTECT, a
game-theoretic system that the United States Coast Guard (USCG) uses to schedule patrols …

Security is a critical concern around the world that arises in protecting our ports, airports,
transportation or other critical national infrastructure, curtailing the illegal flow of drugs …

Stackelberg games form the core of a number of tools deployed for computing optimal
patrolling strategies in adversarial domains, such as the US Federal Air Marshall Service …

Randomized first-mover strategies of Stackelberg games are used in several deployed
applications to allocate limited resources for the protection of critical infrastructure …